No, I also contribute to debates without blindly insulting people.

i never insulted people

i said they need to think about life

how is that an insult

unmute me

You said we need to think about our lives. Please explain how that is NOT condescension?

well

think about everything that you did in your life

is that an insult?

is your life bad?

That implies that you feel you have superior knowledge.

Which is condescension.

that us not true.

yeah unmute me

Telling someone to think about their life if they haven't seen a star is absurd, presumptuous, and condescending.

im with louis

Which is insulting.

Learn something

okay

sorry boss

un

mute

ultravioolet

in space??

unmute me roo

broo

quiet...

sry for the stupid question...

but during day time (sun) are they other stars „to see“ (if its not to bright) than during night time. same location and pov.

so they should be stars that you can‘t see if the earth is round with human eyes

Can austrailians see different stars ?

https://cdn.discordapp.com/attachments/484514023698726912/566013296642228254/DeepinScreenshot_select-area_20190412003433.png

Yes

please do @Human Sheeple

"It is obvious that the effect of temperature variation is decisive over the
other atmospheric factors on refraction, to the following proportions: Tempera
ture to humidity to carbon dioxide content to air preEsure = 100 : 6 : 2 : 1 "

INVESTIGATION OF REFRACTION
IN THE LOW ATMOSPHERE
By
K. HORV_,.TH
Department of Survey. Technical university. Budapest
(Received Alay 29, 1969)
Presented by Ass. Prof. Dr. F. SAHKOZY

https://aty.sdsu.edu/explain/atmos_refr/astr_refr.html

"In fact, it can be shown that the refraction near the horizon depends mostly on the local temperature gradient, which is much more important than the local temperature itself. For this reason, all the refraction phenomena near the horizon — mirages, dip, terrestrial refraction, etc., as well as the astronomical refraction — are very sensitive to the temperature gradient; and they all vary a great deal more than does the astronomical refraction well up in the sky."

w h a t

😆